Free-standing table tennis rebound system

Abstract

A free-standing rebound system for use with a table tennis table wherein the system comprises: paired multi-legged telescoping support stands with an uppermost shaft having an uppermost portion with a hole therein; a mounting assembly including a shaft collar, screw spacer dowel pin and a thumbscrew; and a rectangular, framed rebound board having two rebounding surfaces which may be coated in natural and/or synthetic rubber blends and paired wood insert nuts oppositely arranged at the midpoint on two shorter sides. The apparatus is adjustable to orient the rebound board above the table tennis table at any distance from the net, at any latitudinal angle, or behind the back edge of the table opposite the player at any distance, height or angle as required by the abilities and training goals of the player.

Description

BACKGROUND OF THE INVENTION[0001]1. Field of the Invention[0002]The present invention relates generally to table tennis training systems and more specifically to free-standing rebound practice boards for use with table tennis tables.[0003]2. Description of the Prior Art[0004]Rebound or deflection boards for practicing table tennis are well known in the prior art. Each of the prior art devices, while serving the object of providing table tennis rebound practice, has certain deficiencies which the present invention addresses.[0005]First, most of the prior art rebound practice board devices utilize the table tennis table as a support means, thereby limiting the ability to adjust the rebound board horizontally and vertically in relation to the table tennis table. Numerous manufacturers offer table tennis tables on the market at both the consumer and professional levels. These table tennis tables were not designed or intended to be used in conjunction with the rebound practice board devi...

AI Technical Summary

Benefits of technology

[0012]The mounting assembly allows for easy mounting and dismounting of the rebound board to and from the support stands by simply passing the thumb screw through a shaft collar, a screw spacer dowel pin and a hole in the uppermost portion of the uppermost telescoping shaft of the support stand and into the wood insert nut on the rebound board.

[0013]All of the parts for the mounting assembly, with the exception of shaft collar, are inexpensive and readily available commercially. The shaft collar is inexpensive to manufacture.

[0014]The rebound board is light in weight and adjustable latitudinally through 360 degrees, allowing it to be oriented at different angles in relation to the playing surface of the table tennis table and allowing the use of both the front and back surfaces of rebound board, as appropriate to a player's abilities and training goals. Either or both sides of the rebound board can be coated with a low durometer rubber with excellent elastic and rebound characteristics for advanced play, and / or with a higher durometer, less elastic rubber for novice to intermediate play. A pair of wood insert nuts located on each of the shorter edges of the rebound board receive the thumbscrews of the mounting assemblies which, when tightened, provide a braking force to keep the rebound board locked in the desired position.

Problems solved by technology

First, most of the prior art rebound practice board devices utilize the table tennis table as a support means, thereby limiting the ability to adjust the rebound board horizontally and vertically in relation to the table tennis table.

The result is that the prior art rebound practice board devices must be made adaptable to these various table tennis table designs, thereby making the rebound board devices more expensive to manufacture, as well as not being compatible with many table tennis table designs.

In addition, attaching the rebound board apparatus to the table tennis table limits the ability of the player to switch easily from rebound practice to regular play without a time consuming setup and dismantling procedure.

Another disadvantage of the prior art rebound practice board devices is that they are severely limited in the extent of their horizontal adjustment.

There is no possibility to set the rebound practice board any distance behind the table tennis table without additional costly support structures.

Similarly, the prior art devices which rely on the table tennis table for support prevent the player from adjusting the rebound practice board vertically, thereby limiting the use of the board as a training device.

The major shortcoming of the prior art devices' attachment to the table tennis table itself are the inability to simultaneously control both the vertical and horizontal angle of the board to increase the training effect.

It is not possible to turn the prior art devices 360° in order to utilize both front and back surfaces of the practice return board.

The horizontal adjustment of the prior art rebound practice boards is also limited, which prevents the board from being positioned at an angle to, rather than parallel with, the back edge of the playing surface of the table tennis table.

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